One of the most important objectives of modern product development is the fulfillment of the requirements derived from stakeholder/customer needs. For this reason, modern design processes start from an accurate definition of those final product features able to satisfy a given set of customer needs. However, it is well acknowledged that, during a common design process, it is often possible to find requirements conflicting with each other. Thus the choice of a successful design strategy is critical. The aim of this work is to investigate the possibility to find a rule suitable to indicate the best side of the contradiction to process in order to solve technical problems, also usable by engineers with limited experience with TRIZ. The analysis has been formerly operated on well-known solved problems belonging to Classical TRIZ literature; the emerging evidences have been further checked on a set of case studies from the authors’ industrial experience.

Techno-economic classification of contradictions and related strategies of solution / Gaetano Cascini; Lorenzo Fiorineschi; Francesco Saverio Frillici; Paolo Rissone. - STAMPA. - (2013), pp. 125-135. (Intervento presentato al convegno TRIZ Future Conference 2013 tenutosi a Paris nel 29-31/10/2013).

Techno-economic classification of contradictions and related strategies of solution

FIORINESCHI, LORENZO;RISSONE, PAOLO
2013

Abstract

One of the most important objectives of modern product development is the fulfillment of the requirements derived from stakeholder/customer needs. For this reason, modern design processes start from an accurate definition of those final product features able to satisfy a given set of customer needs. However, it is well acknowledged that, during a common design process, it is often possible to find requirements conflicting with each other. Thus the choice of a successful design strategy is critical. The aim of this work is to investigate the possibility to find a rule suitable to indicate the best side of the contradiction to process in order to solve technical problems, also usable by engineers with limited experience with TRIZ. The analysis has been formerly operated on well-known solved problems belonging to Classical TRIZ literature; the emerging evidences have been further checked on a set of case studies from the authors’ industrial experience.
2013
Proceedings of the TRIZ Future Conference 2013
TRIZ Future Conference 2013
Paris
29-31/10/2013
Gaetano Cascini; Lorenzo Fiorineschi; Francesco Saverio Frillici; Paolo Rissone
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/826141
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